public static void ToBytes(CorrectionFactors factors, byte[] bytes, int offset)
{
bytes[offset] = factors.windDirectionOffset;
ToBytes(factors.tempOffset, bytes, offset + 1);
ToBytes(factors.pressureFactorF, bytes, offset + 5);
ToBytes(factors.pressureFactorG, bytes, offset + 9);
ToBytes(factors.pressureFactorH, bytes, offset + 13);
ToBytes(factors.speedFactorX, bytes, offset + 17);
ToBytes(factors.speedFactorY, bytes, offset + 21);
ToBytes(factors.humidityOffset, bytes, offset + 25);
ToBytes(factors.speedCalibrationA, bytes, offset + 29);
ToBytes(factors.speedCalibrationB, bytes, offset + 33);
ToBytes(factors.speedCalibrationC, bytes, offset + 37);
ToBytes(factors.speedCalibrationD, bytes, offset + 41);
ToBytes(factors.speedCalibrationOffset, bytes, offset + 45);
}
public static CorrectionFactors FromString(string value, char[] delim)
{
string[] split = value.Split(delim ?? DefaultDelim).Select(s => s.Trim()).ToArray();
var factors = new CorrectionFactors();
factors.windDirectionOffset = Byte.Parse(split[0]);
factors.tempOffset = Double.Parse(split[1]);
factors.pressureFactorF = Double.Parse(split[2]);
factors.pressureFactorG = Double.Parse(split[3]);
factors.pressureFactorH = Double.Parse(split[4]);
factors.speedFactorX = Double.Parse(split[5]);
factors.speedFactorY = Double.Parse(split[6]);
factors.humidityOffset = Double.Parse(split[7]);
factors.speedCalibrationA = Double.Parse(split[8]);
factors.speedCalibrationB = Double.Parse(split[9]);
factors.speedCalibrationC = Double.Parse(split[10]);
factors.speedCalibrationD = Double.Parse(split[11]);
factors.speedCalibrationOffset = Double.Parse(split[12]);
return factors;
}
public static CorrectionFactors ToCorrectionFactors(byte[] bytes, int offset)
{
var factors = new CorrectionFactors();
factors.windDirectionOffset = bytes[offset];
factors.tempOffset = ToDouble(bytes, offset + 1);
factors.pressureFactorF = ToDouble(bytes, offset + 5);
factors.pressureFactorG = ToDouble(bytes, offset + 9);
factors.pressureFactorH = ToDouble(bytes, offset + 13);
factors.speedFactorX = ToDouble(bytes, offset + 17);
factors.speedFactorY = ToDouble(bytes, offset + 21);
factors.humidityOffset = ToDouble(bytes, offset + 25);
factors.speedCalibrationA = ToDouble(bytes, offset + 29);
factors.speedCalibrationB = ToDouble(bytes, offset + 33);
factors.speedCalibrationC = ToDouble(bytes, offset + 37);
factors.speedCalibrationD = ToDouble(bytes, offset + 41);
factors.speedCalibrationOffset = ToDouble(bytes, offset + 45);
return(factors);
}
public static CorrectionFactors FromString(string value, char[] delim)
{
string[] split = value.Split(delim ?? DefaultDelim).Select(s => s.Trim()).ToArray();
var factors = new CorrectionFactors();
factors.windDirectionOffset = Byte.Parse(split[0]);
factors.tempOffset = Double.Parse(split[1]);
factors.pressureFactorF = Double.Parse(split[2]);
factors.pressureFactorG = Double.Parse(split[3]);
factors.pressureFactorH = Double.Parse(split[4]);
factors.speedFactorX = Double.Parse(split[5]);
factors.speedFactorY = Double.Parse(split[6]);
factors.humidityOffset = Double.Parse(split[7]);
factors.speedCalibrationA = Double.Parse(split[8]);
factors.speedCalibrationB = Double.Parse(split[9]);
factors.speedCalibrationC = Double.Parse(split[10]);
factors.speedCalibrationD = Double.Parse(split[11]);
factors.speedCalibrationOffset = Double.Parse(split[12]);
return(factors);
}
public static void ToBytes(CorrectionFactors factors, byte[] bytes, int offset)
{
bytes[offset] = factors.windDirectionOffset;
ToBytes(factors.tempOffset, bytes, offset + 1);
ToBytes(factors.pressureFactorF, bytes, offset + 5);
ToBytes(factors.pressureFactorG, bytes, offset + 9);
ToBytes(factors.pressureFactorH, bytes, offset + 13);
ToBytes(factors.speedFactorX, bytes, offset + 17);
ToBytes(factors.speedFactorY, bytes, offset + 21);
ToBytes(factors.humidityOffset, bytes, offset + 25);
ToBytes(factors.speedCalibrationA, bytes, offset + 29);
ToBytes(factors.speedCalibrationB, bytes, offset + 33);
ToBytes(factors.speedCalibrationC, bytes, offset + 37);
ToBytes(factors.speedCalibrationD, bytes, offset + 41);
ToBytes(factors.speedCalibrationOffset, bytes, offset + 45);
}
public static CorrectionFactors ToCorrectionFactors(byte[] bytes, int offset)
{
var factors = new CorrectionFactors();
factors.windDirectionOffset = bytes[offset];
factors.tempOffset = ToDouble(bytes, offset + 1);
factors.pressureFactorF = ToDouble(bytes, offset + 5);
factors.pressureFactorG = ToDouble(bytes, offset + 9);
factors.pressureFactorH = ToDouble(bytes, offset + 13);
factors.speedFactorX = ToDouble(bytes, offset + 17);
factors.speedFactorY = ToDouble(bytes, offset + 21);
factors.humidityOffset = ToDouble(bytes, offset + 25);
factors.speedCalibrationA = ToDouble(bytes, offset + 29);
factors.speedCalibrationB = ToDouble(bytes, offset + 33);
factors.speedCalibrationC = ToDouble(bytes, offset + 37);
factors.speedCalibrationD = ToDouble(bytes, offset + 41);
factors.speedCalibrationOffset = ToDouble(bytes, offset + 45);
return factors;
}